Meguiars Inc G10307 Automotive Scratch Remover 7 Oz

Product Description

The MEGUIARS INC G10307 is a 7-ounce liquid scratch remover formulated for fine scratch, swirl, and blemish removal on automotive paint surfaces. Applied by hand, it works through a correction process that removes light surface contaminants, oxidation, and blemishes without covering them up. Unlike masking compounds, the G10307 corrects the paint surface directly and does not introduce new scratches during use. It also enhances paint color and clarity as part of the correction process, making it a practical single-step solution for light paint defect work.

This product is intended for use on automotive painted surfaces where fine scratches, swirl marks, or oxidation blemishes require correction. It is applied by hand, making it suitable for detailers, body shop technicians, and service professionals performing light paint correction on passenger vehicles. The liquid formula is well suited for targeted spot correction as well as broader surface treatment on panels showing light environmental or handling damage.

Key Features

• Removes fine scratches, swirl marks, and oxidation blemishes from automotive paint
• Hand-applied liquid formula — no machine applicator required
• Corrects paint surface without masking or covering defects
• Enhances paint color and clarity during the correction process
• Does not introduce additional scratches during application
• 7-ounce liquid format suitable for spot and panel correction work

Compatibility

Designed for use on standard automotive clear coat and painted surfaces requiring light scratch and swirl correction by hand application.

Installation Notes

Applied by a detailer or automotive service technician using a clean foam or microfiber applicator pad. Work in a shaded area away from direct sunlight and ensure the surface is clean and dry before application. Follow product label directions for application pressure and buffing sequence. Avoid use on surfaces with deep scratches or paint damage that exceeds light surface correction.